MARTIAN 12'6" is the weapon of choice for all-around SUP racing. Features cutting edge CARBON MATRIX construction to create a stunning blend of performance and function. In elite racing, it's all about having an ultra-light board that is also ultra-stiff. The carbon matrix construction serves both masters well.
Designed with an elite racing SUP in mind, the MARTIAN highlights a displacement nose, a water-shedding front deck and the unparalleled stiffness/lightness combination afforded by the carbon matrix construction. The standing area drops down for a low center of gravity on the racing shape. With a width at 30", MARTIAN offers a wider tail for increase surfing and turning abilities. Get ready to be pushed as the MARTIAN's adaptive style puts you ahead of the fleet.

HARD FACTS

• Carbon Construction: CNC cut EPS core for absolute precision shaping. Wrapped with brushed highest-grade Carbon Fiber material for super lightweight construction

• Ultimate Stiffness compared to traditional epoxy or fiberglass SUP construction

• Recessed Deck design lowers center of gravity for added stability and sensitivity to feel every bump

• Increased nose rocker reduces pitching and keep the board flat when sprinting

• CAD analyzed surfaces and curve flow. Outline with straightened mid-section for maximum stability and minimum drag

• 3/4 deck pad with 5mm diamond grooved soft EVA for ultimate grip and extra comfort during those longer trips

• Deep grooved EVA tail kick pad enables foot positioning for greater control in surf and buoy turning

• 9.3" fiberglass honeycomb Touring Fin, US fin box setup

Construction

The Aztron composite boards is built around a high-density 20kg/m3 Expanded Polystyrene core (EPS) that is shaped using a computer numerical controlled (CNC) machine. the EPS foam is lightweight, provides thickness and buoyancy. The foam core of the composite boards is sandwiched between fiberglass or carbon skins that creates the stiffness and structure of the composite board. Additional marine grade wood stringers are bonded in the center of the board to give increased rigidity and durability.